Eaton SFS5P-GY Fan Speed Controller - cULus Listed
Part Number: SFS5P-GY
Quick Summary
The Eaton SFS5P-GY fan speed controller modulates fan speed for HVAC and equipment cooling applications. No neutral is required, simplifying wiring and reducing installation time in crowded control panels. cULus Listed certification supports compliance with UL safety standards for control devices used in industrial environments. With back and side wiring, flush mounting, and a compact polycarbonate body, it delivers reliable, space-efficient control for single‑phase 120 V, 60 Hz fans. This combination helps minimize wiring errors and maintenance costs while delivering consistent fan performance in demanding environments.
Product Information
Extended Description
SFS5P-GY Eaton: Eaton fan speed controller, No neutral required, #14 -12 AWG, Flush, 120 Vac, Back and side, Maintained, Gray, 60 Hz, Fan, Single-pole, Three-way, Single-phase, Polycarbonate 713132
Product Name
Eaton fan speed controller
Catalog Number
SFS5P-GY
UPC
032664713132
Product Length/Depth
1.97 in
Product Height
4.32 in
Product Width
2.03 in
Product Weight
0.235 lb
Certifications
cULus Listed
Frequency rating
60 Hz
Load type
Fan
Number Of Poles
Single-pole, Three-way
Number of ways
Three-way
Phase
Single-phase
Torque rating
14 lbf-inch
Voltage rating
120 V
Mounting method
Flush
Wiring method
Back and side
Color
Gray
Material
Polycarbonate
Connection type
Back Side
No neutral required enables faster wiring and lower installation costs, especially in compact control panels where space is at a premium. The single-pole, three-way design provides versatile control options for fans in industrial automation, enabling precise speed adjustment without extensive rewiring, which translates to energy savings and lower operating costs. Back and side wiring paired with flush mounting offers a clean, professional panel appearance and reduces intrusion into enclosure space, simplifying future maintenance and upgrades. The 120 V, 60 Hz single-phase rating matches standard facility power, ensuring reliable operation for cabinet fans and HVAC exhausts while maintaining safety with cULus listed certification. The polycarbonate housing provides durability in harsh environments, and the 14 lbf-in torque rating supports small to medium fan loads with smooth, maintained control for long service life. Compatibility with #14 to 12 AWG conductors and a compact depth of 1.97 in supports wide installation flexibility across control panels and enclosures.
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FAQs
The SFS5P-GY is designed for back and side wiring with flush mounting, compatible with #14 through #12 AWG conductors. It fits standard control panels and equipment enclosures, simplifying wiring runs and reducing panel depth while maintaining safe, reliable fan control in 120 V, 60 Hz, single-phase systems.
Key specs include 120 V electrical rating, 60 Hz frequency, single-phase operation, and a torque rating of 14 lbf-in for consistent, maintained fan control. It supports single-pole, three-way operation and back-and-side wiring, enabling flexible wiring configurations in compact enclosures.
Yes. It’s designed for fan loads in industrial environments, offering no-neutral wiring, flush mounting, and compact depth suitable for control panels and enclosures. Its 120 V/60 Hz rating and maintained control mode provide reliable speed regulation for cabinet fans, exhaust systems, and other single-phase cooling applications.
The SFS5P-GY carries cULus Listed certification, indicating compliance with UL safety standards for control devices used in industrial settings. This certification supports safe integration into control panels and enclosures aligned with industry electrical codes and safety practices.
The device simplifies wiring (no neutral required), reduces installation time, and lowers panel complexity, translating to lower labor costs. Its compact form factor and durable polycarbonate housing minimize space intrusion and maintenance efforts, while accurate speed control improves energy efficiency and reduces wear on cooling fans over the system’s life cycle.